Software SOLID Principles
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A Software SOLID Principles is a software design principle set that comprises Software SOLID Principles Five Principles for software SOLID principles object-oriented design to create software SOLID principles maintainable systems by Robert C. Martin.
- AKA: SOLID Principles, SOLID Design Principles, Object-Oriented SOLID Principles.
- Context:
- It can typically promote Software SOLID Principles Code Maintainability through software SOLID principles systematic application.
- It can typically reduce Software SOLID Principles Class Coupling via software SOLID principles dependency management.
- It can typically enhance Software SOLID Principles System Flexibility through software SOLID principles extension mechanisms.
- It can typically improve Software SOLID Principles Code Testability using software SOLID principles interface design.
- It can typically facilitate Software SOLID Principles Team Collaboration through software SOLID principles shared standards.
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- It can often prevent Software SOLID Principles Code Smells in software SOLID principles class design.
- It can often support Software SOLID Principles Refactoring for software SOLID principles legacy code.
- It can often enable Software SOLID Principles Design Patterns through software SOLID principles structural foundation.
- It can often guide Software SOLID Principles Architecture Decisions via software SOLID principles design constraints.
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- It can range from being Strictly Applied Software SOLID Principles to being Pragmatically Applied Software SOLID Principles, depending on its software SOLID principles enforcement level.
- It can range from being Individual Software SOLID Principles to being Combined Software SOLID Principles, depending on its software SOLID principles application approach.
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- It can enable Software Clean Architecture Pattern through software SOLID principles dependency rules.
- It can support Software Design Patterns via software SOLID principles structural guidelines.
- It can inform Software Test-Driven Development through software SOLID principles testability requirements.
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- Examples:
- Software SOLID Principles Individual Principles:
- Software Single Responsibility Principle (S) stating software SOLID principles class should have software SOLID principles single reason to change.
- Software Open-Closed Principle (O) requiring software SOLID principles entitys be software SOLID principles open for extension but software SOLID principles closed for modification.
- Software Liskov Substitution Principle (L) ensuring software SOLID principles subtypes are software SOLID principles behaviorally substitutable.
- Software Interface Segregation Principle (I) preventing software SOLID principles clients from depending on software SOLID principles unused interfaces.
- Software Dependency Inversion Principle (D) requiring software SOLID principles high-level modules not depend on software SOLID principles low-level modules.
- Software SOLID Principles Applications, such as:
- Software SOLID Principles Tools, such as:
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- Software SOLID Principles Individual Principles:
- Counter-Examples:
- Software Procedural Programming Principles, which focus on software procedural programming function organization rather than software SOLID principles object design.
- Software Functional Programming Principles, which emphasize software functional programming immutability rather than software SOLID principles class structure.
- Software Database Design Principles, which address software database design data modeling rather than software SOLID principles object behavior.
- See: Software Design Principle, Software Object-Oriented Design, Software Design Pattern, Software Clean Code Principles, Robert C. Martin.